pkgsrc - [no description]

Age	Commit message (Collapse)	Author	Files	Lines
2003-07-21	Updated distcc to 2.9	martti	4	-21/+12
	* Optional LZO1X compression of network traffic, to make distcc faster on slow or overloaded networks. This is turned on by appending ",lzo" to each host specification. * The daemon by default allows 2+NCPUS, rather than 3NCPUS. The two extras are to allow for some processes to be blocked on network IO, but allowing more than two of them is probably not useful on multiprocessor machines. Larger files are sent and received using memory mappings where possible. * Use of mmap and compression makes distcc substantially faster in at least some cases. * Bug fixes
2003-06-16	Updated distcc to 2.7	martti	4	-13/+16
	* New program distccmon-text shows the state of any distcc processes run by the current user. It can be run by hand or read by a shell script. Should be popular with vmstat fans. * The standalone daemon now "preforks" before accepting connections to reduce per-request overhead. Can be disabled by --no-prefork, which restores the standard Unix behaviour. * Bug fixes * And much more..
2003-05-09	Updated distcc to 2.2	martti	3	-10/+10
	* If $DISTCC_HOSTS is not set, the host list is taken from from ~/.distcc/hosts, if that exists, or otherwise $sysconfdir/distcc/hosts. * Add --listen option to distccd, to control which IP address is used to listen for connections. May be useful for access control on dual-homed machines.
2003-05-09	Updated distcc to 2.0.1	martti	4	-16/+15
	* lots of bug fixes
2003-05-06	Drop trailing whitespace. Ok'ed by wiz.	jmmv	1	-2/+2

2003-02-15	Removed unused USE_BUILDLINK2 and USE_LIBTOOL	martti	1	-3/+1

2003-02-15	Imported distcc-1.1 (provided by Teemu Rinta-aho in pkg/20212)	martti	5	-0/+59
	distcc is a program to distribute compilation of C or C++ code across several machines on a network. distcc should always generate the same results as a local compile, is simple to install and use, and is often two or more times faster than a local compile. distcc does not require all machines to share a filesystem, have synchronized clocks, or to have the same libraries or header files installed. Machines can be running different operating systems, as long as they have compatible binary formats or cross-compilers.